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07-02-2019: Germania, tecnologia 5G

id871478IPA13911346

nome file190208-99-907552_dpai.jpg

titoloGermania, tecnologia 5G

data soggetto07-02-2019

luogo

creditoDpa

didascalia07 February 2019, Hamburg: A fiber optic fed antenna unit for 5G is mounted on a roof. Shortly before the completion of a test of high-speed Internet connections based on 5G technology in Hamburg, Telefónica Germany has drawn a positive interim balance. With 5G frequencies in the 26 GHz band used for the first time in this test, it is possible to surf the Internet at lightning speed with several gigabits per second. Photo: Christian Charisius/dpa

didascalia07 February 2019, Hamburg: A fiber optic fed antenna unit for 5G is mounted on a roof. Shortly before the completion of a test of high-speed Internet connections based on 5G technology in Hamburg, Telefónica Germany has drawn a positive interim balance. With 5G frequencies in the 26 GHz band used for the first time in this test, it is possible to surf the Internet at lightning speed with several gigabits per second. Photo: Christian Charisius/dpa

didascalia07 February 2019, Hamburg: A fiber optic fed antenna unit for 5G is mounted on a roof. Shortly before the completion of a test of high-speed Internet connections based on 5G technology in Hamburg, Telefónica Germany has drawn a positive interim balance. With 5G frequencies in the 26 GHz band used for the first time in this test, it is possible to surf the Internet at lightning speed with several gigabits per second. Photo: Christian Charisius/dpa

didascalia07 February 2019, Hamburg: A fiber optic fed antenna unit for 5G is mounted on a roof. Shortly before the completion of a test of high-speed Internet connections based on 5G technology in Hamburg, Telefónica Germany has drawn a positive interim balance. With 5G frequencies in the 26 GHz band used for the first time in this test, it is possible to surf the Internet at lightning speed with several gigabits per second. Photo: Christian Charisius/dpa

didascalia07 February 2019, Hamburg: An antenna receiving unit with 5G modem (Fixed Wireless Access FWA) stands next to a laptop running a speed test. Shortly before the completion of a test of high-speed Internet connections based on 5G technology in Hamburg, Telefónica Germany has drawn a positive interim balance. With 5G frequencies in the 26 GHz band used for the first time in this test, it is possible to surf the Internet at lightning speed with several gigabits per second. Photo: Christian Charisius/dpa

didascalia07 February 2019, Hamburg: An antenna receiving unit with 5G modem (Fixed Wireless Access FWA) stands next to a laptop on which a speed test indicates a download rate of 1.03 Gigabit per second (Gbps). Shortly before the completion of a test of high-speed Internet connections based on 5G technology in Hamburg, Telefónica Germany has drawn a positive interim balance. With 5G frequencies in the 26 GHz band used for the first time in this test, it is possible to surf the Internet at lightning speed with several gigabits per second. Photo: Christian Charisius/dpa

didascalia07 February 2019, Hamburg: An antenna receiving unit with a 5G modem (Fixed Wireless Access FWA) stands next to a laptop on which a speed test indicates a download rate of 0.00 Gigabit per second (Gbps). Shortly before the completion of a test of high-speed Internet connections based on 5G technology in Hamburg, Telefónica Germany has drawn a positive interim balance. With 5G frequencies in the 26 GHz band used for the first time in this test, it is possible to surf the Internet at lightning speed with several gigabits per second. Photo: Christian Charisius/dpa

didascalia07 February 2019, Hamburg: An antenna receiving unit with 5G modem (Fixed Wireless Access FWA) stands next to a laptop on which a speed test indicates a download rate of 1.01 Gigabit per second (Gbps). Shortly before the completion of a test of high-speed Internet connections based on 5G technology in Hamburg, Telefónica Germany has drawn a positive interim balance. With 5G frequencies in the 26 GHz band used for the first time in this test, it is possible to surf the Internet at lightning speed with several gigabits per second. Photo: Christian Charisius/dpa

didascalia07 February 2019, Hamburg: An antenna receiving unit with a 5G modem (Fixed Wireless Access FWA) stands next to a laptop on which a speed test indicates a download rate of 0.00 Gigabit per second (Gbps). Shortly before the completion of a test of high-speed Internet connections based on 5G technology in Hamburg, Telefónica Germany has drawn a positive interim balance. With 5G frequencies in the 26 GHz band used for the first time in this test, it is possible to surf the Internet at lightning speed with several gigabits per second. Photo: Christian Charisius/dpa

didascalia07 February 2019, Hamburg: An antenna reception unit with a 5G modem (Fixed Wireless Access FWA) is on a table during a press conference. Shortly before the completion of a test of high-speed Internet connections based on 5G technology in Hamburg, Telefónica Germany has drawn a positive interim balance. With 5G frequencies in the 26 GHz band used for the first time in this test, it is possible to surf the Internet at lightning speed with several gigabits per second. Photo: Christian Charisius/dpa

didascalia07 February 2019, Hamburg: A fiber optic fed antenna unit for 5G is mounted on a roof. Shortly before the completion of a test of high-speed Internet connections based on 5G technology in Hamburg, Telefónica Germany has drawn a positive interim balance. With 5G frequencies in the 26 GHz band used for the first time in this test, it is possible to surf the Internet at lightning speed with several gigabits per second. Photo: Christian Charisius/dpa